CN102387206A - Synthesis method and system of concurrent request of Web service - Google Patents
Synthesis method and system of concurrent request of Web service Download PDFInfo
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Abstract
The invention discloses a synthesis method and system of a concurrent request of a Web service. The method mainly comprises the following steps of combining information in information arrays into an HTTP (Hyper Text Transport Protocol) request through a request synthesizer and sending the HTTP request into a server end; the HTTP request on a network is sent by a client in each time so that the bandwidth is saved and the performance and the throughput of the server are improved. Through combining client requests by the system, the result data of a plurality of times can be returned in one HTTP response for one time; correspondingly, a plurality of times of HTTP responses are waited and the results are combined; when the result is obtained for one time in the process of waiting for the response for one time, the system is higher in efficiency and is more reliable. Meanwhile, the waiting time of a user can be shortened to a greater extent and the data transmission failure caused by unstable network and the like can be effectively reduced, so that the user experience can be greatly improved and enhanced.
Description
Technical field
The present invention relates to concurrent request synthetic method of a kind of long-range Web service and system, be applicable to the optimization that server performance and client user are experienced in cloud computing, the distribution application system.
Background technology
Current Web uses and adopts the mode of asynchronous remote service call (for example AJAX) to promote user experience mostly, and to reach the smooth rich client effect of operation, consequently the concurrent request number of same client significantly increases.Server end all need distribute resources such as corresponding network, CPU, storage for responding each time client-requested, so expense significantly increases, and the ability of the concurrent client's number of server process reduces relatively.Prior art is a kind of to be to take the control method of lining up, and retrains the maximum concurrent request number of same client, and this method effectively reduces the concurrent request sum in the unit interval, but does not improve the disposal ability of server.The developer's manual designs that requires another kind realizes rational Web service interface, improves the utilance of single service to network and computational resource, and this method is high to the requirement of developer's technical ability, the enforcement difficulty is big.
Summary of the invention
Goal of the invention: the objective of the invention is to provides manually a kind of or merges client, the disposal ability that improves server and the concurrent request synthetic method of Web service of client end response speed automatically to the problem and shortage that exists in the above-mentioned prior art.The present invention simultaneously also provides a kind of system to low, the easy realization of designing requirement, the concurrent request synthetic method of Web service that user experience is good.
Technical scheme: the concurrent request synthetic method of a kind of Web service comprises the steps:
(1) the Web service request on the user interface is introduced into message queue and waits for through the Web service agency;
(2) at current HTTP request (remote request) and the server of not initiating when not busy, the request synthesizer is merged into a HTTP request data package with the message in the message queue and sends to server end;
(3) server decomposites the Web service request queue again from the HTTP request data package, is used to define, discern and carry out the service logic of server end through the Web service interface consistent with client;
(4) after complete, the result of execution returns the response synthesis module synchronously, and merges according to predefined rule and to become a packet and return to client;
(5) after client is received the response of server end, decompose response data packet according to corresponding rule, and the call back function that imports into of asynchronous call user interface program.
Current HTTP request (remote request) and the server of not initiating be not when busy; The request synthesizer is merged into a HTTP request with the message in the message queue and sends to server end; Each client all can be initiated the HTTP request on the primary network, but in each HTTP packet except the data that the user asked, the agreement related data that has also comprised fixing certain data volume is (as asking row; Header information etc.); Repeatedly asynchronous request is merged into request transmission in a HTTP request, sends repeatedly HTTP relatively to ask, and is undoubtedly the very big saving to the network bandwidth.Through merging client-requested, can be with the result data of repeatedly asking disposable returning in http response, wait for repeatedly http response relatively and the result is made up, wait for that a secondary response and the disposable result of taking can be more efficient and more reliable.Can shorten user's stand-by period so to a great extent, and effectively reduce, thereby improve user experience significantly because of data transmission fails that problem caused such as unstable networks.The more important thing is that server decomposites the Web service request queue again from the HTTP request data package, through the service logic of the Web service interface definition consistent, identification and execution server end with client; Be that server end is directed against each HTTP request and all will distributes fixing server resource to operate accordingly (as opening thread and opening up corresponding memory headroom for it; Allotment cpu resource etc.); Can effectively reduce request number of times; This is to the lifting of server performance and throughput, and aspects such as raising server end stability and reliability, and crucial effects is arranged.
Predefined rule described in the step (4) is the Web service order that is comprised when HTTP asks according to sending, and generates the result set formation.
In the step (2), synchronization only allows to initiate a HTTP request, to save the network bandwidth.
A kind of system that realizes the concurrent request synthetic method of above-mentioned Web service comprises the client and server end, and wherein, client comprises user interface, Web service agency and client Web service DLL; Web service request on the said user interface gets into message queue through the Web service agency and waits for;
Server end comprises that request distribution module, response synthesis module, server end Web service DLL and Web service realize module; The request distribution module of said server end decomposites the Web service request queue from the HTTP request data package; Said server end Web service interface and client Web service interface definition, identification are also carried out the service logic of server end, and execution result is returned the response synthesis module synchronously.
Through merging client-requested, can be with the result data of repeatedly asking disposable returning in http response, wait for repeatedly http response relatively and the result is made up, wait for that a secondary response and the disposable result of taking can be more efficient and more reliable.Can shorten user's stand-by period so to a great extent, and effectively reduce, thereby improve user experience significantly because of data transmission fails that problem caused such as unstable networks.
Said user interface is the Web page of applied customization.
Said server end Web service interface and client Web service interface are applied business programming in logic interface, provide with the form of RESTful Web Services.
Beneficial effect: the concurrent request synthetic method of Web service provided by the present invention; Through the request synthesizer message in the message queue is merged into a HTTP request and sends to server end; Each client all can be initiated the HTTP request on the primary network, has greatly saved the network bandwidth.Effectively reduce request number of times simultaneously, promoted the performance and the throughput of server, and improve server end stability and reliability.
The concurrent request synthesis system of Web service provided by the present invention is through merging client-requested; Can be with the result data of repeatedly asking disposable returning in http response; Shortened user's the HTTP request stand-by period; And effectively reduce, thereby improve user experience significantly because of data transmission fails that problem caused such as unstable networks.
Description of drawings
Fig. 1 is the flow chart of the concurrent request synthetic method of Web service of the present invention embodiment;
Fig. 2 is the fundamental diagram of the concurrent request synthesis system of Web service of the present invention embodiment.
Embodiment
Below in conjunction with accompanying drawing and specific embodiment; Further illustrate the present invention; Should understand these embodiment only be used to the present invention is described and be not used in the restriction scope of the present invention; After having read the present invention, those skilled in the art all fall within the application's accompanying claims institute restricted portion to the modification of the various equivalent form of values of the present invention.
As shown in Figure 1, the step of the concurrent request synthetic method of Web service is following:
The concurrent request synthetic method of a kind of Web service is characterized in that, comprises the steps:
Web service request on the user interface is introduced into message queue and waits for through the Web service agency;
When not busy, the request synthesizer is merged into a HTTP request with the message in the message queue and sends to server end at current HTTP request and the server of not initiating;
Under the default situations, when message queue was sky, first Web service request did not need to wait for, sends to client at once.Before receiving response; All request 2～m that initiate subsequently get into waiting list; Wherein the value of m can be tested according to actual conditions; The optimal value of finding out the maximum Web service number that one-time request can send is configured, or judges dynamically that when operation server state determines the largest request value in real time, but finally must be less than the communication MTU in the on-premise network.After first response is returned, merge 2～m the HTTP request of sending in the current queue.
Synchronization only allows to initiate a batch processing request (i.e. HTTP request, the request synthesizer is merged into a HTTP request with the message in the message queue).Client is through the switch sign of the overall situation, and request is waited for or sent to control whether.When switch open, all Web service requests all are introduced into formation and wait for, when switch cuts out, send all requests at once.
Server decomposites the Web service request queue again from the HTTP request data package, the service logic of server end Web service interface and client Web service interface definition, identification and execution server end;
After complete, execution result returns the response synthesis module synchronously, and the Web service that is comprised when sending the HTTP request generates the predefined rule of result set formation in proper order and merges and become a packet and return to client;
After client is received the response of server end, decompose response data packet according to corresponding rule, and the call back function that imports into of asynchronous call user interface program.
As shown in Figure 2; Realize the system of the concurrent request synthetic method of above-mentioned Web service; Its client with the Web page of applied customization as user interface; Server end Web service interface and client Web service interface are applied business programming in logic interface, provide with the form of RESTful Web Services, and the Web service request on the user interface of client gets into message queue through the Web service agency and waits for; The request distribution module of said server end decomposites the Web service request queue from the HTTP request data package; Said server end Web service interface and client Web service interface definition, identification are also carried out the service logic of server end, and execution result is returned the response synthesis module synchronously.
Be example with the AJAX request below,, be described in the current the most popular web application, how to realize the concurrent request synthesis system of asynchronous system Web service through technological expression modes such as Javascript language.
Performing step is following:
(1) client code is initiated remote procedure call.
(2) last that current remote procedure call is joined in the waiting list waited to call in the group, and whether the inspection current state is waiting for the AJAX response, as does not have ongoing request to get into (4).
(3) wait to call in the group existing remote procedure call number like in the waiting list last and surpass and specify number (concrete number decide according to actual conditions), a newly-built group to be called is with the rearmost position of its adding waiting list.This EO is also waited for the AJAX response, receives that AJAX response or response failure back get into (6).
(4) with first waits to call the group taking-up in the waiting list, be encapsulated as the AJAX request according to specified rule (concrete rule is decided according to actual conditions).
(5) initiate the AJAX request, and current state is changed to wait AJAX response.This EO is also waited for the AJAX response, receives that AJAX response or response failure back get into (6).
(6) resolve the AJAX response results, adjust back callback method relevant in the client code and pass relevant return value back with the remote procedure call of being initiated before according to specified rule (concrete rule is decided according to actual conditions).
(7) inspection waiting list is not empty like waiting list, gets into (4), and be empty like waiting list, this EO.
Claims (6)
1. the concurrent request synthetic method of Web service is characterized in that, comprises the steps:
(1) the Web service request on the user interface is introduced into message queue and waits for through the Web service agency;
(2) at current HTTP request and the server of not initiating when not busy, the request synthesizer is merged into a HTTP request data package with the message in the message queue and sends to server end;
(3) server decomposites the Web service request queue again from the HTTP request data package, and server end Web service interface and client Web service interface are used to define, discern and carry out the service logic of server end;
(4) after complete, execution result returns the response synthesis module synchronously, and merges according to predefined rule and to become a packet and return to client;
(5) after client is received the response of server end, decompose response data packet according to corresponding rule, and the call back function that imports into of asynchronous call user interface program.
2. the concurrent request synthetic method of Web service as claimed in claim 1 is characterized in that: predefined rule described in the step (4) is the Web service order that is comprised when HTTP asks according to sending, and generates the result set formation.
3. the concurrent request synthetic method of Web service as claimed in claim 1 is characterized in that: in the step (2), synchronization only allows to initiate a HTTP request.
4. a system that realizes the concurrent request synthetic method of the said Web service of claim 1 is characterized in that comprising the client and server end;
Client comprises user interface, Web service agency and client Web service interface; Web service request on the said user interface gets into message queue through the Web service agency and waits for;
Server end comprises that request distribution module, response synthesis module, server end Web service interface and Web service realize module; The described request distribution module decomposites the Web service request queue from the HTTP request data package; Server end Web service interface and client Web service interface definition, identification are also carried out the service logic of server end, and execution result is returned the response synthesis module synchronously.
5. the concurrent request synthesis system of Web service as claimed in claim 4 is characterized in that: said user interface is the Web page of applied customization.
6. the concurrent request synthesis system of Web service as claimed in claim 4 is characterized in that: said server end Web service interface and client Web service interface are applied business programming in logic interface, provide with the form of RESTful Web Services.
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